In industries such as aerospace, defense, and automotive, mechanical joining methods are
widely adopted. However, the stress concentration effects have diminished the fatigue …

A numerical and experimental investigation was conducted to determine the effect of
interference‐fit size on damage behaviour of bolted single‐lap carbon fibre‐reinforced …

Two applied fatigue life improvement techniques of joints, interference fitting and bolt
clamping, have been investigated comparing available experimental and finite element …

The present study evaluated the ratcheting response of notched and press-fitted Al 7075-T6
specimens under stress-controlled asymmetric cycles. The degree of the interference fit …

Interference fit is an effective fatigue life reinforcing method for mechanical joints. The fatigue
behaviors of interference fitted pinned joints with extremely small edge margin (Edge …

In this paper the fatigue behavior of double shear lap joints treated by different combinations
of interference fit and bolt clamping have been investigated both experimentally and …

In this paper the variation of bolt clamping force in interference fitted-bolt clamped aluminum
2024-T3 specimens in double shear lap joints have been investigated under static and …

This paper deals with the influence of interference fit coupling on the fatigue strength of
holed plates made of a medium‐carbon forging steel (35 KB2), heat treated by quenching …

Ultrasonic vibration-assisted machining has been introduced as a new process in riveting
aircraft components. In this paper, the effects of different ultrasonic amplitudes and riveting …

Aluminum alloys have been utilized in various industrial fields and building structures due to
high strength-to-weight ratio, increased durability, formability and enhanced service life …